The highly efficient nonlinear conversion of infrared to visible light in high-Q silicon resonators is enabling new opportunities for infrared imaging, sensing and communications (G. Sanderson et al. J. Opt. 26, 065505; 2024).

The team fabricated a set of silicon nanodisks on a quartz substrate with a radius ranging from 205 to 500 nm and a height of 550 nm.

中文翻译：

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高效红外成像

高 Q 硅谐振器中红外光到可见光的高效非线性转换为红外成像、传感和通信带来了新的机遇（G. Sanderson 等人J. Opt. 26 , 065505; 2024）。

该团队在石英基板上制作了一组半径为205至500纳米、高度为550纳米的硅纳米盘。